Verifying Fire Safety Design in Sprinklered Buildings
Author
Summary, in English
This report contains a verification method that could be applied when
evaluating trail fire safety design in a performance-based code environment. The report is
focused on design alternatives (i.e. design alternatives) where fire sprinkler systems have an
important role. Three possible verification methods are proposed together with the
procedure on how they could be applied in design. The covered methods are both
qualitative and quantitative (deterministic as well as probabilistic). In order to get full
benefit of a sprinkler system installation, sprinkler performance data is presented together
with a new set of tenability criteria in sprinklered buildings and sprinklered design fires.
Finally, advice is given on specific design situations where fire sprinklers could allow for
design alternatives.
evaluating trail fire safety design in a performance-based code environment. The report is
focused on design alternatives (i.e. design alternatives) where fire sprinkler systems have an
important role. Three possible verification methods are proposed together with the
procedure on how they could be applied in design. The covered methods are both
qualitative and quantitative (deterministic as well as probabilistic). In order to get full
benefit of a sprinkler system installation, sprinkler performance data is presented together
with a new set of tenability criteria in sprinklered buildings and sprinklered design fires.
Finally, advice is given on specific design situations where fire sprinklers could allow for
design alternatives.
Department/s
Publishing year
2011
Language
English
Publication/Series
LUTVDG/TVBB-3150-SE
Full text
Document type
Report
Publisher
Lund University, Dept of Fire Safety Engineering and Systems Safety
Topic
- Other Civil Engineering
- Building Technologies
Keywords
- design alternatives.
- design alternatives
- reliability
- verification method
- Fire safety
- quantitative risk assessment
- sprinkler systems
- performance based design
Status
Published
Report number
3150
Research group
- Fire risk analysis
ISBN/ISSN/Other
- ISSN: 1402-3504